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首页> 外文会议>Bioinformatics and Biomedical Engineering , 2009. ICBBE 2009 >ARM Susceptibility Mapping as a Proxy for Heavy Metals Loads of Soils Monitoring in the Dabaoshan Mine, South China
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ARM Susceptibility Mapping as a Proxy for Heavy Metals Loads of Soils Monitoring in the Dabaoshan Mine, South China

机译：ARM磁化率测绘作为华南大宝山矿山土壤重金属负荷监测的代理

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摘要

Under certain circumstances, ARM susceptibility (chiARM) can be used as a sensitive proxy in monitoring heavy metals pollution of soils. Strong positive correlation of chiARM with Ag, Pb, Cu, Zn and Cr was observed in heavy metals pollution of soils by industrial contamination coming from metal-working factories, mining and traffic pollution. In this study, chiARM were measured with 66 samples collected from 22 soil profiles on the Hengshi River Catchments of the Guangdong Dabaoshan Mine, southern China. The result indicates that chiARM mapping can be effectively applied for spatial pattern and transfer pathways on chiARM load of magnetic minerals in soils. In terms of chiARM spatial delineating of magnetic mineral population in soil profiles, heavy metals concentrations of soils will be examined in the local geological and environmental setting.
机译：在某些情况下，ARM敏感性（chi ARM ）可以用作监测土壤重金属污染的敏感指标。在金属工厂，采矿和交通污染引起的工业污染对土壤的重金属污染中，观察到chi ARM 与Ag，Pb，Cu，Zn和Cr呈强正相关。在这项研究中，chi ARM 的测量是从中国南方的广东大宝山矿山的横市河集水区的22个土壤剖面上采集的66个样品中进行的。结果表明，chi ARM 映射可以有效地应用于土壤中磁性矿物的chi ARM 负荷的空间格局和转移途径。根据土壤剖面中磁性矿物种群的chi ARM 空间划分，将在当地的地质和环境环境下检查土壤中的重金属浓度。

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